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REFERENCES

1. Akhas R Bamrotwar, Dr. V.S.Deshpande (2014), Root Cause Analysis and Economic Implication of Boiler Tube Failures in 210 MW Thermal Power Plant, PP 06-102. Arvind Kumar P.1, Ramchandra Raju V.(2013), Effect of Parameters in Once-Through Boiler for Controlling Reheat Steam Temperature in Supercritical Power Plants, Vol. 2(1), PP27-34,3. Bahul Pachouri, Devendra Dandotiya (2013), Understanding of OHDR and its repercussion on over all operation of super critical power plant, vol-2,pp 15-18.4. D. Ghosh, H. Roy, (2010), Failure investigation of platen superheater tube in a 210MW thermal power plant boiler, vol 63, pp 687-690.5. Deendayal Yadav, Dr. G. V. Parishwad, (2010), Effect of Arresters on Erosion in Economizer Zone and its Analysis, Vol. 01, P.No. 01-04.6. Mingxing Jiang, Guohua Chen, (2007), Failure causes of cracking and bending of boiler superheater tube in power plant, PP-29-33.7. Md. Mujibur Rahman, Ahmad Kamal Kadir, (2011), Failure analysis of high temperature superheater tube (HTS) of a pulverized coal-fired power station, PP-32-35.8. M.M. Rahman1, Sukahar1, (2009), Prediction of Tube Temperature Distribution in Water Tube Boiler of a Coal Fired Power Station, Vol. 1 PPNo. 1, 45-519. M.Alardhi, A. Almazrouee, (2011), Role of Oxide Scale Thickness Measurements in Boiler Conditions Assessment,PP-57.10. Mainal Zakaria and Nor Ismail Hashim, (2012), Corrosion-erosion on waste heat recovery boiler system via blowdown optimization, Vol. 3(3), pp. 41-50.11. Mihwa Choi and Choong Kyun Rhee, (2009), Experimental Simulation of Iron Oxide Formation on Low Alloy Steel Evaporator Tubes for Power Plant in the Presence of Iron Ions, Vol. 30, PPNo-11. 12.H.Amon, (2005), Microelectromechanical System-Based Evaporative Thermal Management of High Heat Flux Electronics, Vol. 127, PP-66.13. Mohammed Imran, (2014), Effect of Corrosion on Heat Transfer through Boiler Tube and Estimating Overheating, (2014), Vol. 4 PP-6.14. N. ingale, vivek c.(2012), cfd analysis of superheater in view of boiler Tube leakage, vol-1.15. J.Jinu, P.Sathiya,(2010), failure analysis on t 92 steel tube and compared with predicted number of cycles to failure using coffin-manson equation, vol. 2(10).16. Sunny1, Rajendra Patil, (2012), Assessment of Thermal Fatigue Failure for BS 3059 Boiler Tube Experimental Procedure Using Smithy Furnace, vol-2.17. Md. Obaid A. khan (2014), Corrosion Analysis of Air Pre-Heater Tubes of CFBC Boiler (Slpp) and Improvement in Operation,vol-2.18. James A. Cuddihy, (2005), boiler water treatment and related costs of boiler operation: an evaluation of boilers in the louisiana sugar industry, Vol. 25.19. M. M. Rahman, (2008), Tube Temperature Distribution in Water Tube Boiler- A Parametric Study by Finite Element Method, pp157-170.20. M. Alardhi, A. Almazrouee, (2011), Role of Oxide Scale Thickness Measurements in Boiler Conditions Assessment, Vol-5.21. Fu Huilin, Cai Zhengchun, (2013), Failure Analysis of 600 MW Supercritical Boiler Water Wall vol-6.22 Jacek Topolski, Janusz Badur, Comparison of the combined cycle efficiencies with different heat recovery steam generators, Transactions Of The Institute Of Fluid Flow Machinery No. 111, 2002, 5-1623 Zhen Fan, Parippany NJ (Us), Horst Hack, Hampton, NJ (Us), Andrew Seltzer, Livingston, NJ(US)United States Patent Application Publication (10) Pub. N6.: US 2011/0094228 A1 Fan et al. Pub. Date: Apr. 28, 201124 V. Ganapathy, ABCO Industries, Abilene, Texas.Option to increase efficiency of Heat Recovery Steam Generator,Electrical Energy Online, Article 14.25 K. Obual Reddy, M. Srikesh, M. Kranthi Kumar, V. Santhosh Kumar, CFD Analysis Of Economizer To Optimize Heat Transfer, International Journal Of Mechanical Engineering And Technology (IJMET), ISSN 0976 6340 (Print) ISSN 0976 6359 (Online),Volume 5, Issue 3, March (2014), pp. 66-76.26 P.Ravindra Kumar, B.Sridhar Reddy, Study of Improvement in Boiler Efficiency through Incorporation of Additional Bank of Tubes in the Economiser, Int. Journal of Applied Sciences and Engineering Research, Vol. 1, Issue 6, 2012, 2012 by the authors Licensee IJASER- Under Creative Commons License 3.0, ISSN 2277 944227 Zukan Alessandro Franco. A General method for the optimum design of heat recovery steam generators. Volume 31, Issue 15, December 2006, Pages 33423361 ECOS 2004 - 17th International Conference on Efficiency, Costs, Optimization, Simulation, and Environmental Impact of Energy on Process Systems.28. Ong'iro,V.I. Ugursal,,A.M. Al Taweel,J.D. Walker, Modeling of heat recovery steam generator performance. Volume 17,Number 5,Elsevier29 Srinivas.T,Gupta.A.V.S.S.K.S,Reddy.B.V, Thermodynamic modeling and optimization of multi-pressure heat recovery steam generator in combined power cycle. ISSN:0022-4456Source:JSIR Vol.67(10) [October 2008]30. Zames h. Amon, (2005), Microelectromechanical System-Based Evaporative Thermal Management of High Heat Flux Electronics, Vol. 127, PP-69.